Abstract: Document Only. LCD DisplayMSP430 Family Using a LCD with the segment allocation as shown above , MSP430 Family LCD Display Topics 8 LCD Display 8-3 8.1 Initialization 8-3 , MSP430 Family MSP430 Family 8 LCD Display LCD Display In many applications the result of , ;BASIC TIMER RESET DISABLED 8-3Error! Main Document Only. LCD Display 8.2 MSP430 Family , shows only a possible allocation. if a different display is used, the proper segment allocation has to

Abstract: drives LCD displays by creating the ac segment and common voltage signals automatically. The MSP430 LCD , segment lines. The slave device connects to the display only through its segment lines. It is the task of , . MSP430 Applications ABSTRACT This application report describes a technique that uses two , 4 6 Introduction The maximum number of segments that can be driven by a single MSP430 device is currently 160. In some cases it is necessary for an MSP430 to interface to an LCD with more than this

Abstract: Application Report SLAA129 ­ May 2001 Ultralow Power Thermostat Brian Merritt MSP430 , circuit constantly displays the temperature, on an LCD driven directly by the MSP430, even while the , batteries are changed. All bytes of the flash information memory segment are filled with set point entries , conversions of a thermistor to determine the ambient temperature. The MSP430 directly drives an external LCD to display the temperature and other information. The flash memory of the microcontroller is used to

Abstract: Application Report SLAA129 ­ May 2001 Ultralow Power Thermostat Brian Merritt MSP430 , circuit constantly displays the temperature, on an LCD driven directly by the MSP430, even while the , batteries are changed. All bytes of the flash information memory segment are filled with set point entries , conversions of a thermistor to determine the ambient temperature. The MSP430 directly drives an external LCD to display the temperature and other information. The flash memory of the microcontroller is used to

Abstract: two-digit static LCD. Immediately after updating the display, the MSP430 goes to LPM3 sleep mode to save , signal from the Basic Timer1 wakes up the MSP430 to repeat the measurement cycle and update the display , the value in the variable DIGITS. The segment data for the static display is stored in look-up table , Application Report SLAA136A - October 2001 Ultrasonic Distance Measurement With the MSP430 , corresponding echo. The MSP430 integrated analog comparator Comparator_A is used to detect the arrival of the

Abstract: MSP430 Flash Information memory segment A for holding calibration data. If both locations contain the , conversions, switches off the LCD display, and the MSP430 enters the LPM3 mode. In this mode, the application , Dannenberg MSP430 ABSTRACT This application report shows how the ADS1100 16-bit sigma-delta , display. The ADS1100 has an I2C interface for connecting to a master device. As the used MSP430F413 , results and connects directly to the MSP430. The LCD manufacturer part number is VI-302. Pushbuttons PB1

Abstract: A/D Conversion Keith Quiring MSP430 Applications ABSTRACT This application note describes slope A/D measurement of a resistance and the ease with which it can be implemented with the MSP430. To , available on the MSP430 device in question, it's possible to do digitization with the integrated comparator , for each design. 2 Description of Slope A/D Technique using MSP430 2.1 Overview Slope A , the MSP430. This circuit measures the resistance of Rsens by discharging capacitor Cm through it. The

Abstract: function, while the part is drawing just 0.8 uA. The MSP430 can also maintain an LCD display and await , T H E W O R L D MSP430 Ultra-Low-Power Microcontrollers Third Quarter 2000 L E A D E R I N D S P A N D A N A L O G Key Benefits MSP430 Microcontrollers-The , . The result is the MSP430 line of ultra-lowpower microcontrollers, which enables system designers to , ultra-low-power performance. The MSP430 achieves its high performance through a revolutionary architecture that

Abstract: T H E W O R L D L E A D E R I N D S P A N D A N A L O G MSP430 Key Features Product Bulletin MSP430 Ultra-low-power Microcontrollers Second Quarter, 1999 From the beginning, the design objective of the MSP430 team was to focus on the ultra-low power consumption of the , current consumption of a system, the MSP430 allows designers the ability to influence the active , active mode current consumption of the MSP430 is 400 uA in a typical 3-V system. The time to wake-up